A guide to VE configure - Zanshin

General settings
2. Three-phase setting
3. System frequency setting
4. The scale division for shore current limit on a connected remote panel
depends on the number of ‘slaves’.
5. Set the sensitivity of frequency measurement.
6. Connection between N and PE during inverter operation
7. Voltage limits at which feedback relay opens/closes. Also, charger stops at
lower limit.
8. Determines whether the Multi should be critical of the distortion in the
supply waveform.
9. Maximum shore current setting (is overruled by the remote panel if
connected)
10. Setting for use with ‘small’ generator
Explanation
1. If multiple devices are connected in parallel, a phase shift can be selected to create 2-, 3- or splitphase
configuration. The first unit in a multiple-phase system must be set as the LEADER; the others
must be set to the desired phase shift. If multiple units are then also connected in parallel for each
phase, no setting should be made on the additional units!
2. Alters the output frequency setting for the inverter.
3. Number of slaves indicates that there are units connected in parallel. To maintain the shore current
limit scale on the remote control for the installation as a whole, the setting must be divided between
the number of parallel units. If more shore current is available than the scale allows, then an
alternative value may be entered. In this case, the scale on the remote is no longer correct and it is
possible to draw more current from shore.
4. This setting is used to indicate whether it is necessary for the input frequency to be exactly 50 or 60
Hz. This is a setting that is primarily used in conjunction with generators (speed may not always be
stable) to prevent the Multi from rejecting the input supply
5. To permit use of a Residual Current Device (RCD). During operation as and inverter, a connection
between PE and N is required.
6. These are the limits at which the unit will accept or reject the supply. If the input voltage drops below
the set value of the lower limit, the charger output will be reduced to the minimum to prevent further
reduction of the voltage.
7. If waveform detection is deselected, this automatically activates the function preventing the lower
voltage limit from being exceeded with heavy start-up loads! (previously labelled ‘Allow inrush current’)
8. This setting is only active if no system panel is installed. Also keep number 3 in mind!
9. If an inverter-generator is used, such as the HONDA EU series, the shore current setting will be
dynamically reduced (following a period of low current consumption) to compensate for the engine
reaction time when higher loads are activated.